CORK FLOORING THICKNESS : FLOORING THICKNESS
Cork flooring thickness : Damp basement flooring options : Floors direct south africa.
Cork Flooring Thickness
- One of the easiest of modern resilient floor coverings, the flooring is made from the bark of cork oak trees, a renewable material.
- Flooring is the general term for a permanent covering of a floor, or for the work of installing such a floor covering. Floor covering is a term to ally describe any finish material applied over a floor structure to provide a walking surface.
- used of a line or mark
- The quality of being broad or deep
- The distance between opposite sides of something
- A layer of a specified material
- the dimension through an object as opposed to its length or width
- indistinct articulation; "judging from the thickness of his speech he had been drinking heavily"
Natural Cork Earth and Classics 11-5/8" Locking Engineered Floating Cork in Valencia Matte
40P1611 Specifications: -Species: Cork. -Color: Valencia Matte. -Construction: Engineered Floating. -Installation areas: Below, on or above grade. -Installation type: CorkLoc Floating - No glue required. -Edge profile: Square. -Edge sealant: Cork-Protect. -Finish type: Curable Oil. -Core: Moisture resistant exterior grade HDF (High Density Fiberboard). -Attached Underlayment: Cork. -Width: 11.63''. -Length: 35.63''. -Thickness: 0.47''. -Square feet per carton: 22.99 sq ft. -Weight per carton: 39 lbs. Manufacturer's Warranty: -Residential: Limited Lifetime. -Commercial: 5 Years Limited Light / Medium Wear. -Structure: Limited Lifetime. Installation Sheet Warranty Sheet Maintenance Guidelines Sheet
For Sale: The Kittiwake Lightship At The O2
Lightships in the Irish Lighthouse Service
This list gives all the available details of lightvessels stationed off the Irish coast
1.Name and details of vessel unknown
Stationed at the mouth of the River Liffey near the present Poolbeg Lighthouse from 1735 to 1768. Known as the Floating Light, or Palmer’s Light after James Palmer who managed the vessel. Usually referred to in modern times as the Dublin Lightship (the term lightship was not coined until the mid nineteenth century). The vessel had two lanterns placed at either side of a square yard on the mast which were lit at night from half-flood to half-ebb. By day an ensign was flown from half-flood to half-ebb. Auxiliary red and black buoys, called watermarks, were moored nearby.
Built 1806; construction oak frame with oak, teak and elm planking; converted Dutch galliot – 103 tons; dimensions unknown; cost ?1,500; original name Vronia Gesina, converted to a lightship with 3 masts and 3 lanterns. Name changed to Richmond after the Lord Lieutenant at whose request the Ballast Board placed a lightship on the Kish Bank. Placed on Kish Bank 16th November 1811. When returning from KISH on 1st October 1826 damaged by Steam Packet from Liverpool. Broken up in 1827.
Built 1823/24 by W. Roberts, Milford Haven; length 67 feet, breadth 20 feet, depth 9? feet; construction oak frame with oak, teak and elm planking; cost ?1,659; the first purpose-built lightvessel, built originally to mark the Coningbeg Rocks; withdrawn from station 1854; sold out of the Service by auction in May 1864.
Built 1824/25 by W. Roberts, Milford Haven; length 67 feet, breadth 20 feet, depth 9? feet; construction oak frame with oak, teak and elm planking; cost ?1,841; sold by auction in January 1855.
Built 1825/26 by W. Roberts Milford Haven; length 67 feet, breadth 20 feet, depth 9? feet; construction oak frame, oak, teak and elm planking; cost ?1,841; sold by auction in 1867.
Built 1832 by Brady’s of Dublin; length 67 feet, breadth 20 feet, depth 9? feet, 140 tons; construction oak frame with oak, teak and elm planking; cost ?1,983; sold by auction in 1867.
Built 1853 by Charles Hill of Bristol; length 82 feet, breadth 21 feet, depth 11 feet; construction oak frame with oak, teak and elm planking; cost ?3,651; sold in 1900 to G. Harris of Bristol.
Built 1853/54 by Money–Wigram of London; length 82 feet, breadth 21 feet, depth 11 feet; construction oak frame with oak, teak and elm planking; cost ?3,800; sold in 1920 to A. Galsworthy, Appledore.
Built 1855/56 by Wheeler of Cork; length 82 feet, breadth 21 feet, depth 11 feet; construction oak frame with oak, teak and elm planking; cost ?3,200; new mast fitted c. 1900 sold in 1913 to J. McCausland.
Built 1856/57 by Wheeler of Cork; length 82 feet, breadth 21 feet, depth 11 feet; construction oak frame with oak, teak and elm planking; cost ?3,230; sold in 1862 to Mr Scallan.
Built 1862 by Charles Hill of Bristol; length 91 feet, breadth 21 feet, depth 10 feet; construction oak frame with oak, teak and elm planking; cost ?4,189; sold in 1911 to T.W. Ward to be scrapped.
Built 1862/63 by Charles Hill of Bristol; length 91 feet, breadth 21 feet, depth 10 feet; construction oak frame with oak, teak and elm planking; cost ?4,189; sold in 1925 to J. H. Hinks.
Built 1864/65 by Charles Hill of Bristol; length 91 feet, breadth 21 feet, depth 10 feet; construction oak frame, oak, teak and elm planking; cost ?4,991; when stationed at DAUNT, run into by Largo Bay during the spring of 1884; sold to T.W. Ward in 1928 to be scrapped.
Built 1866/67 planking by Dudgeon & Sons London; length 91 feet, breadth 21 feet, depth 10 feet; construction composite iron frames, teak; cost ?5,750; when stationed at SOUTH ARKLOW during a gale on 3 November 1899 parted her cable—brought up with spare anchor about 1? miles North East of chartered position—replaced on station by Gannet and towed to Dun Laoghaire; sold in 1905 to T.W. Ward to be scrapped.
Built 1867 by Walpole, Webb & Bewley of Dublin; length 96 feet, breadth 21 feet, depth 10 feet; construction oak frame with oak, teake and elm planking sheathed with yellow metal; wood mast carrying lantern and day mark; cost ?5,125; sold in 1936 to S. Gray.
Built 1867/68 by Walpole, Webb & Bewley of Dublin; length 96 feet, breadth 21 feet, depth 10 feet; constructed of wood by wood; cost ?5,125; sold in 1915 to Galsworthy, Appledore.
Built 1874/75 by Fletcher & Farnall, Milwall, London; length 91 feet, breadth 21 feet, depth 10 feet; constructed of wood; cost ?5,650; Run down and sunk on Kish by RMS Leinster 8th September 1902. Salvaged, docked and sold to S. Jack of Glasgow in 1903.
Built 1876/78 by Victoria Shipbuilding Co, Passage West, Cork; length 91 feet, breadth 21 feet depth 11 feet;
Villa Borghese Gardens - Quercus suber, commonly called the Cork Oak, is a medium-sized, evergreen oak tree in the section Quercus sect. Cerris. It is the primary source of cork for wine bottle stoppers and other uses, such as cork flooring. It is native to southwest Europe and northwest Africa.
It grows to up to 20 m, although it is typically more stunted in its native environment. The leaves are 4 to 7 cm long, weakly lobed or coarsely toothed, dark green above, paler beneath, with the leaf margins often downcurved. The acorns are 2 to 3 cm long, in a deep cup fringed with elongated scales.
Natural stands of Cork Oak can support diverse ecosystems. For example, in parts of northwestern North Africa, some Cork Oak forests are habitat to the endangered Barbary Macaque, Macaca sylvanus, a species whose habitat is fragmented and whose range was prehistorically much wider. In Western Europe, namely in Portugal and Spain, the Cork Oak forests are home to endangered species such as the Iberian Lynx, the most critically threatened feline in the world. The tree has a thick, insulating bark that may have been the Cork Oak's evolutionary answer to forest fires. After a fire, while many of the other tree species merely regenerate from seeds (as, for example, the Maritime Pine) or resprout from the base of the tree (as, for example, the Holm Oak) the Cork Oak branches, protected by cork, quickly resprout and recompose the tree canopy. The quick regeneration of the tree seems to be an advantage compared to other species that, after a fire, return to an initial stage of development.
The tree forms a thick, red bark containing high levels of suberin. Over time the cork cambium layer of bark can develop considerable thickness and can be harvested every 9 to 12 years to produce cork. The harvesting of cork does not harm the tree, in fact, no trees are cut down during the harvesting process. Only the bark is extracted, and a new layer of cork regrows, making it a renewable resource. The tree is cultivated in Spain, Portugal, Algeria, Morocco, France, Italy and Tunisia. Cork Oaks are considered to be soil builders and their fruits have been shown to have useful insecticidal properties. Cork Oak forests cover approximately 25,000 square kilometres in those countries (equivalent to 2,277,700 hectares). Portugal accounts for around 50% of the world cork harvest. Cork Oaks cannot legally be cut down in Portugal, except for forest management felling of old, unproductive trees, and, even in those cases, farmers need special permission from the Ministry of Agriculture.
Cork Oaks live about 150 to 250 years. Virgin cork (or 'male' cork) is the first cork cut from generally 25-year-old trees. Another 9 to 12 years is required for the second harvest, and a tree can be harvested about twelve times in its lifetime. Cork harvesting is done entirely without machinery, being dependent solely on human labor. Usually five people are required to harvest the tree's bark, using a small axe. The process requires training due to the skill required to harvest bark without harming the tree. The European cork industry produces 300,000 tonnes of cork a year, with a value of €1.5 billion and employing 30,000 people. Wine corks represent 15% of cork usage by weight but 66% of revenues.
Cork Oaks are sometimes planted as individual trees, providing a minor income to their owners. The tree is also sometimes cultivated for ornament. Hybrids with Turkey Oak (Quercus cerris) are regular, both in the wild in southwest Europe and in cultivation; the hybrid is known as Lucombe Oak Quercus ? hispanica. Some cork is also produced in eastern Asia from the related Chinese Cork Oak (Quercus variabilis)
cork flooring thickness
Aurelia micro-textured powder free latex examination gloves are made from 100% natural rubber, ambidextrous, creamy beige color and non-sterile. Each batch of gloves is air-tested to detect pinholes. Aurelia gloves conform and are tested to the highest international standards. Unaged tensile test result: 31.3MPa tensile strength, 970% elongation at break. 18MPa minimum ASTM 3578:05 tensile strength, 650% minimum ASTM 3578:05 elongation at break. Aged tensile test results (7 days at 70 degree C): 27.9MPa tensile strength 900% elongation at break. 14MPa minimum ASTM 3578:05 tensile strength, 500% minimum ASTM 3578:05 elongation at break. 5.0mils Palm thickness (single-wall). 6.0mils Finger thickness (single-wall). 3.2mils minimum ASTM 3578:05 thickness. Caution statement: this product contains natural rubber latex which may cause allergic reactions. Safe use of this glove by or on latex sensitized individuals has not been established.
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